Steel Construction

Steel floor access doors are supplied with a red oxide primer finish and are available for pedestrian and H-20 wheel loading applications. Products can be supplied with or without a drainage channel frame and in a number of standard single and double leaf sizes. Custom sizes can also be specified.

Experience.

Innovation.

 

Type J-Channel Frame-300 PSF

Constructed with a channel frame for use in exterior applications or in those situations where there is concern of water or other liquids entering the access opening. Type J floor access doors feature steel construction, red oxide primer finish, and engineered lift assistance for easy one-hand operation. Available in a number of standard single leaf and double leaf (Type JD) sizes and special sizes can be specified to meet unique access requirements. Type J doors are available in stainless steel construction for highly corrosive environments.

Type J-Channel Frame H20 Loading

Constructed with a channel frame for use in exterior applications or in those situations where there is concern of water or other liquids entering the access opening. Type J H20 floor access doors are reinforced for AASHTO H-20 wheel loading and feature steel construction, red oxide primer finish, and engineered lift assistance for easy one-hand operation. Available in a number of standard single leaf and double leaf (Type JD H20) sizes and special sizes can be specified. Type J H20 doors are available in stainless steel construction for highly corrosive environments.

Type Q-Angle Frame

Generally for interior use or exterior applications where water or liquid infiltration into the access opening is not a concern. Type Q floor access doors feature steel construction, 150 PSF reinforcing for pedestrian applications, and engineered lift assistance for easy one-hand operation. Available in a number of standard single leaf sizes and special sizes can be specified to meet unique access requirements. Type Q doors are available in stainless steel construction for highly corrosive environments.


Please wait..